kerogen

kerogen

1. Experimental study of the influence of temperature and water on the structure state of kerogen at 100 MPa pressure

100 MPa压力下温度和水对干酪根结构状态影响的实验研究

2. Sulphur can join into kerogen, becoming sulphur-bearing kcrogan.

9、单质硫都能键合进入干酪根形成含硫干酪根。

3. Dongying North part deep sand Shasi low Subsegmental of gas condensate methane and ethane are lighter isotopes shows that Cracking gas oil characteristics, rather than kerogen pyrolysis gas.

东营北带深层沙四下凝析油气甲乙烷同位素均较轻，表现出明显的原油裂解气特征，而非干酪根裂解气。

4. The microcrystalline parameter bears a direct relationship to the evolutionary level of the kerogen, i.e. the higher the maturity, the higher the valu...

为干酪根类型的研究和成熟度的划分提供了新的线索和途径。

5. Distribution and occurrence of kerogen fatty acids in low mature marl and calcareous mudstone

低熟泥灰岩、钙质泥岩干酪根脂肪酸的分布特征及赋存形式

6. Whole rock analysis and kerogen analysis are two analytical methods of studying hydrocarbon source rock in organic petrology.

全岩分析与干酪根分析是有机岩石学研究烃源岩的两种分析方法。

7. This character differs from other Ordovician source rocks elsewhere in the world such as Kukersite Kerogen in Estonia and Guttenburgen type source rocks in USA.

其组成主要有底栖宏观藻类、线叶植物、隐孢子、疑源类和几丁虫等。

8. It is considered that the gas came from the underlying Palaeozoic source rocks, and condensate came from sapropelic kerogen in Upper Cretaceous source rocks.

分析认为 ,天然气主要来自下部的上古生界烃源岩 ,油主要来自上白垩统泰州组中的少量偏腐泥型干酪根。

9. The pyrolysis of kerogen in high temperature and high pressure water and its in-situ transformation were studied by Raman spectroscopy using an anvil cell with diamond anvil.

利用对顶砧压腔装置,以金刚石作为顶砧,通过观测和采用拉曼光谱对干酪根在高温高压水中热解的具体过程进行了原位研究。

10. Keywords Ch emical kinetics;Hydrocarbon source rock;Oil and gas origin;Kerogen evolution;Arrhenius equation;Thermal simulation;Activation energy;

化学动力学;烃源岩;油气生成;干酪根演化;阿伦尼乌斯方程;热模拟;活化能;

11. Keywords Chemical kinetics model Coal source rock Kerogen to oil Kerogen to gas Parallel first order reaction;

化学动力学模型;煤源岩;干酪根成油;干酪根成气;平行一级反应;

12. Keywords oil;TSF;maturity;kerogen type;secondary alteration;

原油;全扫描定量荧光;成熟度;有机质类型;次生变化;

13. The cracking gas from oil is very different from the cracking gas from kerogen in components and carbon isotopes.

原油二次裂解生成的天然气与干酪根初次裂解生成的天然气在组分特征和碳同位素特征上存在明显的差异。

14. Moreover,the microorganism which was brought by permeable surface water degraded the primary kerogen in sedimantary rocks and could produce reducing matters.

同时，地表下渗的大气降水携带了细菌类微生物，对原生有机质进行生物降解，并生成硫化氢类还原物质。

15. The carbon isotope fractionation of kerogen during thermal maturatio n and wea thering is related to organic type, the better the type is, the greater the frac tionation difference is...

因此，长期以来干酪根碳同位素一直被视为有机质类型判识的最可靠指标之一...

16. In this paper,a general formula applicable for mixing gas source material including sapropel type Kerogen and humic type Kerogen was built up,based on the formulas given by previous scholars.

在前人判别煤型气和油型气母质类型和转化程度公式的基础上 ,建立了既适用于煤型气又适用于油型气母质来源的统一的判别公式。

17. The gas in shale might be mainly stored as absorbed gas on kerogen and clay-particle surfaces, or free gas in natural fractures and intergranular pores.

在页岩气藏中，气体主要是以吸附方式吸附在有机质和黏土颗粒的表面，或者以游离方式聚集在裂缝和孔隙中的。

18. Kerogen, adsorbed organic matter, inclusion organic matter and enclosed organic matter in the Lower Palaeozoic source rocks can serve as the source of hydrocarbon regeneration.

塔中地区下古生界碳酸盐岩烃源岩中的干酪根、吸附有机质、包裹体有机质和晶包有机质 ,可以成为二次生烃的物质来源。

19. Keywords Tarim basin;Yingjisu sag;carbon isotope;kerogen;cracking;

塔里木盆地;英吉苏凹陷;碳同位素;干酪根;裂解;

20. Keywords polynuclear aromatic hydrocarbons;oil genesis;kerogen;[maturity of organic matter;oil-gas exploration;

多核芳香烃;石油生成;油母质;[有机质成熟度];油气勘探;

21. Keywords Dayangshu basin;source rock evaluation;oil source rock correlation;kerogen type;

大杨树盆地;烃源岩评价;油源对比;干酪根类型;

22. The natural gases are derived mainly from the Enping Formation and secondly from the Zhuhai Formation source rock with the Humic|Sapropelic kerogen.

天然气碳同位素值呈正序分布，气源相对单一，且为有机成因；

23. How to Distinguish between the Pyrolytic Gas from Kerogen and that from Crude oil

如何判别干酪根裂解气与原油裂解气

24. sulfur-rich kerogen

富硫干酪根

25. Keywords Kerogen;Organic matter;Composition;Classification;Vitrinite;（Amorphogen）;（Transmitted light fluorescence）;

干酪根;有机质;成分;分类;镜质体;

26. Keywords Kerogen;Nuclear magnetic resonance （NMR）;Hydrocarbon evolution;Hailar basin;

干酪根;核磁共振;烃类演化;海拉尔盆地;

27. Keywords kerogen;pyrolysis kinetics;simulating experiment;paleotemperature;Tarim basin.;

干酪根;热解动力学;模拟实验;古地温;塔里木盆地;

28. Keywords kerogen,black carbon,heterogeneity,hydrophobic organic contaminants,sorption,desorption.;

干酪根;碳黑;非均质性;疏水有机污染物;吸附;解吸;

29. The Method of Determination of Aliphatic Content in Kerogen by Quantitative FT-IR and Its Petroleum Geology Significance

干酪根中类脂肪链含量的测定及石油地质意义

30. Kerogen is the leftover material of sporopollen element and lignin in original bodies in different thermal metamorphic period and it is the original material of gas-oil formation.

干酪根主要是母源体中的孢粉素与木质素在埋藏环境中不同热变质阶段的残留物,是油气形成的母源物。

31. separation of kerogen

干酪根分离

32. kerogen theory of petroleum origin

干酪根成油说

33. purification of kerogen

干酪根提纯

34. kerogen organic network

干酪根有机网络

35. DSC EXPERIMENTAL ANALYSIS ON THE MATURATIONS OF KEROGEN EVOLUTION

干酪根演化程度的DSC实验研究

36. X-RAY DIFFRACTION STUDIES OF KEROGEN

干酪根的X射线衍射研究

37. Keywords carbon isotope;kerogen;weathering;thermal maturati on;

干酪根碳同位素;热演化;风化;

38. kerogen type

干酪根类型

39. Kerogen type is mainly humic,and terrestrial higher plants are the petrologen.

干酪根类型以腐殖型为主,成烃母质为陆地高等植物;

40. type of kerogen and its characteristic

干酪根类型及其特征

41. FUZZY SET MODEL FOR IDENTIFYING KEROGEN TYPES

干酪根类型评判的模糊集模型

42. The free radical concentration (Ng) of kerogen is a valid index to study thermal maturation of organic matter and paleotemperature of sedimentary basin.

干酪根自由基浓度是研究有机质热演化的有效指标之一．也是研究沉积盆地古地温的热参数之一。

43. Average aromatic nuclear size of kerogen, which has a good linear relationship with vitrinite reflectance, can be used to evaluate the thermal maturation of pre-Devonian marine carbonate.

干酪根芳核平均结构尺寸可作为前泥盆系海相碳酸盐岩新的热演化衡量标尺，它与镜质体反射率有良好线性关系；

44. Measurement of Kerogen Algainite Fluoreseence Spectrum Red/Green Quotient ( Q Value ) and Its Applications

干酪根藻质体荧光光谱红/绿商(Q值)的测量方法及其应用

45. Keywords oil cracked gases kerogen cracked gases natural gas compositions nonhydrocarbon compositions carbon isotope ratios;

干酪根裂解气;油裂解气;天然气组成;非烃组成;碳同位素;

46. transformation ratio of kerogen

干酪根转化率

47. kerogen degradation

干酪根降解

48. The study indicates that the aromaticity is related to the types of kerogen, and keeps good relationship with the H/C atomic ratio of kerogen.

微晶参数与干酪根的演化程度有关,成熟度越高微晶参数值也越高。

49. Keywords fine disseminated gold deposits;infrared spectroscopy;kerogen;metallogenic temperature;Guangxi Jinya;

微细浸染型金矿;红外光谱;干酪根;成矿温度;广西金牙;

50. Keywords genetic identification;kerogen cracked gas;oil cracked gas;the Tarim Basin;

成因判识;干酪根裂解气;原油裂解气;塔里木盆地;

51. amorphous kerogen

无定形干酪根

52. CHARACTERISTICS OF PYROLYTIC PRODUCTS OF VRIOUS KEROGEN IN LATE CENOZOIC SEDIMENTS IN KUNMING BASIN AND THEIR GEOCHEMICAL SIGNIFICANCE

昆明盆地晚新生代沉积物中不同类型干酪根热解产物特征及地化意义

53. Keywords thickness of dark mudstone;organic abundance;kerogen type;maturity;Hangjinqi area;

暗色泥岩厚度;有机质丰度;母质类型;成熟度;杭锦旗区块;

54. Keywords oil organogenic theory;oil inorganogenic theory;oil and gas play;kerogen degradation;immature oils;bedrock trap;

有机生油论;无机生油论;油气勘探;干酪根降解;未成熟石油;基岩油藏;

55. Remnant kerogen

有机碳丰度

56. Keywords organic matter abundance;hydrocarbon-generating potential;kerogen;Middle-Upper Pro-terozoic;North Huabei;

有机质丰度;生烃潜力;干酪根;中、上元古界;华北北部;

57. Keywords organic matter hydrocarbon generation;microphysical interpretation;active molecule;proton acid;soluble organic matter;kerogen;multichain reaction;

有机质成烃;微观物理解释;活性分子;质子酸束;可溶性有机质;干酪根;多代链式反应;

58. This paper discusses systemically the application of whole rock analysis in the study of terrestrial source and compared with the results obtained from conventional kerogen analysis.

本文从有机岩石学的角度，系统论述全岩分析在陆相烃源岩研究中的应用，并与传统的干酪根分析进行对比。

59. Abstract The significance of organic acids generated by kerogen on diagenesis and secondary porosity is discussed in the paper.

本文论述了干酪根有机酸在成岩演化和储层次生孔隙研究中的价值。

60. Carbon isotope of kerogen was heavier in deep formations of the Songliao Basin, but lighter carbon isotope may generate because the enrichment of 12 C in fatty side chains.

松辽盆地深层泥质烃源岩干酪根碳同位素比较重,但由于其脂肪支链上富集12C,因此生成的烃类碳同位素却比较轻。

61. INFLUENCE OF TECTONIC ACTIVITY AND VOLCANISM ON HYDROCARBON GENERATION OF KEROGEN

构造活动和火山作用对干酪根成烃转化的影响

62. "kerogen (kerogen shales)Complex mixture of compounds with large molecules containing mainly hydrogen and carbon But also oxygen, nitrogen, and sulfur. Kerogen is a precursor of petroleum and the organic component of oil shales."

油母质(亦称油母页岩):主要含碳和氢,但也包含氧、氮和硫的大分子化合物的复杂混合体,是油页岩的有机成分。

63. The aromatic hydrocarbon structures in kerogen carry free electrons stabilised by the reasonating bonds of benzene rings

油母质中的芳香烃结构含有被苯环共振键稳定的自由电子。

64. Keywords Oil &gas assessment;Organic petrology;Whole rock analysis;Kerogen analysis;

油气评价;有机岩石学;全岩分析;干酪根分析;

65. kerogen shale

油页岩

66. In Low-lying Area, dark-colored mudstones have been developed, the organic matter richness are increased, the kerogen type is better and in matural stage, so it has better oil source bases.

洼陷内暗色泥岩发育，有机质丰度较高，干酪根类型较好，处于成熟演化阶段，具有较好的生油物质基础。

67. Keywords marine hydrocarbon source rock;sample preparation;kerogen;polished rock slice;

海相烃源岩;样品前处理;干酪根;全岩光薄片;

68. Keywords marine carbonate rock;kerogen;kinetics of hydrocarbon generation;simulation experiment;

海相碳酸盐岩;干酪根;生烃动力学;模拟实验;

69. Immature Crude Oil in Qintong Sag: Kerogen Characteristics and Oil Sources Analysis

溱潼凹陷低熟油的生烃母质特征及油源分析

70. Keywords hydrocarbon source rock;adsorption;methane;mudstone;limestone;Kerogen;experimental study;

烃源岩;吸附;甲烷;灰岩;泥岩;干酪根;实验研究;

71. VARIATION OF CARBON ISOTOPIC COMPOSITION OF KEROGEN DURING THERMAL EVOLUTION

热演化过程中干酪根碳同位素组成的变化

72. Correlations between maturation of kerogen and sorption of phenanthrene

煤中干酪根的成熟度与菲的吸附行为间的关系

73. Study on Characteristics and Kinetics of Catalytic Degradation from Estonia Kerogen

爱沙尼亚干酪根催化降解生烃过程及动力学研究

74. generative kerogen

生油干酪根

75. Kinetics of kerogen transformation

生烃动力学

76. Biology,especially biochemistry, is important in studying the transformation of plantanimal tissues into kerogen during burialthe generation of oil or gas that may be caused by this transformation.

生物学，尤其是生物化学，对于埋藏过程中动植物组织转化为干酪根并由此生成石油和天然气的研究很重要。

77. The solvent swelling ratio of the kerogen from Palougou Coal was determined by two methods, and then the oil primary migration was modeled.

用不同方法确定了扒搂沟煤型干酪根的溶胀比,计算模拟了石油的初次运移。

78. Diffuse reflectance spectrum measurement of kerogen

用漫反射光谱测定方法研究干酪根成熟度

79. The Au content of column held nonhydrocarbon,nonhydrocarbon,asphaltene and kerogen in Jinya Gold Deposits in Guangxi province was measured by the Plasma actinometer (ICP)in the paper.

用等离子体光度计（ICP）测定了广西金牙矿区柱留非烃、非烃、沥青质和干酪根中的金含量，并对矿体和围岩进行了比较。

80. This separation step is rather lengthy and cannot always be achieved, due to a high residual content of pyrite in the kerogen

由于油母质中黄铁矿的剩余含量较高，这个分离过程相当长，而且总是不能达到。